EarlyBirds | November 24, 2022
EarlyBirds.io, builders of the Open Innovation Ecosystem, is pleased to announce that they and their platform can assist with transitioning the building and construction industries to Net Zero carbon emissions, to effectively limit the impacts of climate change on the world.
Currently, the construction industry is responsible, directly or indirectly, for nearly 40 percent of global CO2 emissions from fuel combustion and almost 25% of greenhouse gas emissions overall. Construction has an outsized impact on global warming because many of the common materials used in modern buildings, such as cement and steel, can be very energy intensive to produce. On top of that, there’s also the energy load of heating and cooling buildings which accounts for 6 percent of global emissions. Because the design of a building and the materials used to build it are an important factor in the amount of energy required to heat or cool that building, it is important for the construction industry to consider not just the impact of construction but also the impact building design will have on ongoing operating costs and energy use.
Of course, transitioning buildings to Net Zero Carbon Emissions isn’t just about building new buildings, as new buildings are necessarily more energy resource intensive than existing buildings. The work of making buildings climate friendly will create opportunities to retrofit existing buildings as well as ensuring new construction generates minimal emissions. Increasing demand for sustainable retrofitting solutions for existing buildings will put pressure on manufacturers and installers of low emission building material and green building systems to track and improve their energy use. The first companies to move into green engineering and performance are likely to be big winners, and EarlyBirds wants to help companies in the construction and building space think about how to make their work more planet-friendly. Companies focused on adopting new technologies and integrating them into their work are known to EarlyBirds as Early Adopters. Such organizations can find information about how they can use EarlyBirds to find innovative technologies to reduce carbon emissions in their work here: https://earlybirds.io/en/early_adopter. With the building industry, including construction, materials, equipment and operations, expected to grow by 38 percent by 2030, many new value pools are being created and the competitive landscape is being reshaped.
The World Economic Forum outlines that tackling the challenges in the construction industry, both in terms of building materials and in new construction industry, both in terms of building material used in new construction and improving energy efficiency of buildings in use, will be crucial to reach the goals of Paris Agreement. By changing the way our supply chains work and stimulating innovative public procurement, we can accelerate innovation, extend product lifecycles and significantly change the way we build for a circular and climate-neutral future.
The United Nations Sustainable Development Goals encourage nations and businesses to adopt inclusive and sustainable industrialisation, together with innovation and infrastructure to unleash dynamic and competitive economic forces to generate employment and income. This includes promoting new technologies, facilitating international trade and enabling the efficient use of resources. EarlyBirds enables this innovation by connecting organizations with engineers, designers, and others who are creating the innovations needed to achieve net zero carbon emissions and reach the Sustainable Development Goals.
By creating innovation maps of the construction and building industry ecosystem and linking these to net zero goals and the circular economy supplies a fundamental building block for planning projects towards greater sustainability. These maps can be created with EarlyBirds award winning platform and services. EarlyBirds innovation maps are populated with the innovators from across the world including startup, scaleup and mature companies. The maps are updated in near real time and change in accordance with emerging industry trends and issues. These are created using subject matter experts and drawing on data from over 4 million global innovators.
Armstrong Steel | November 28, 2022
The demand for pre-engineered steel buildings is exploding, according to Armstrong Steel. Because of the many benefits that these pre-engineered buildings provide, new industries are turning toward this type of construction for their structure needs.
The recently released 2022 Pre-Engineered Buildings Global Market Report showed that the global steel market is expected to be worth $26.87 billion by 2026, which would represent a CAGR, or compound annual growth rate, of 11.98%.
Pre-engineered buildings have structural columns, rafters, girts, purlins and sheeting which are engineered and manufactured specific to each building purchased and then assembled on site per the erection drawings and all the parts are numbered to correspond with the drawings.
While pre-engineered steel buildings such as the ones manufactured by Armstrong Steel Buildings have been used extensively for workshops, storage, community halls, factories, airport hangars, strip malls and much, much more, they are also in high demand today for office buildings.
Pre-engineered steel buildings provide many benefits, including their flexibility in usage, the speed at which they are constructed, and their overall cost. It's only natural, then, that more and more industries are turning toward this type of structure for their building needs.
The increased demand for pre-engineered steel buildings in the office space market is a significant contributor to the market's expected growth as a whole. In many developing countries experiencing economic growth and rapid urbanization, these pre-engineered steel buildings are preferred because they are cost-effective and can be erected faster than traditional buildings.
The report also states that pre-engineered steel buildings make up anywhere from 75% to 80% of all new corporate and commercial construction. It's no surprise, then, that the industry is expected to experience explosive growth in 2023 and beyond.
One of the biggest trends in the steel building industry, according to Armstrong Steel Buildings, is the adoption of green building practices to positively impact climate change. Steel production has traditionally consumed a significant amount of energy and created a lot of emissions.
New technological advances are allowing steel manufacturing companies to not only reduce their energy consumption but also reduce their emissions at the same time.
Pre-engineered steel buildings are very eco-friendly, too. Armstrong Steel notes that steel itself is 100% recyclable and can be used multiple times over without compromising the integrity of the material. This is yet another reason why pre-engineered steel buildings are a smart investment for any company, organization, or individual who needs a new structure.
About Armstrong Steel
As a leading manufacturer of pre-engineered metal buildings, Armstrong Steel Buildings takes pride in delivering high-quality steel buildings across North America. Armstrong Steel Buildings has been delivering high-quality steel buildings for nearly twenty years and provides structures to residential, commercial, agricultural, industrial, cannabis, government, and military agencies.
Disperse | November 24, 2022
Disperse, a leading provider of building productivity systems in the construction industry, today announced the launch of its new product, Impulse. The innovative product enhances processes commonly used in construction with performance insights that project teams can utilize to inform critical day-to-day decisions. In addition to quantifying work-in-place of over 480 task components, Impulse highlights issues that do not conform to design or that may require rework so that project teams can systematically address them. This requires minimal manual inputs from project teams and is instead derived from 360º image scans captured by Disperse operatives that are accessible to customers through a class-leading visual interface of interactive building schematics. Impulse replaces the previous product for all new engagements and has been well received by Disperse's customers, with 35% having already migrated to the new solution.
Impulse visually integrates performance insights into building elevations and surfaces issues that even the most experienced team may not have the bandwidth to identify. Early customers use the work-in-place information displayed over building elevations during coordination meetings to drive more informed discussions with their trades. They also manage issues as broad as ensuring that a ceiling is closed after the rerouting of a pipe, all the way to quantifying outstanding scope to source a new contractor after a particular trade abandoned work on site. Impulse automatically tracks and, when relevant, resolves these issues using photographic documentation obtained through regular site scans, so that project teams can focus on driving productivity.
“What makes us stand out in the market is our ability to reliably and consistently extract data from the site images we capture, We have now built on this capability and our new product, Impulse, gives our customers objective data in an intuitive format for use in everyday decisions. With Impulse, we are serving actionable insights to project teams so that they can make better decisions and drive on-site performance.”
-Felix Neufeld founder and CEO Disperse.
While most construction technology companies rely on project teams to provide status and progress information as well as visuals from their site, Disperse automates this process for project teams by integrating the image scans with project drawings, schedule and, when available, updated BIM model. In essence, Impulse relies on the strengths of artificial intelligence and industry experts working together to extract data from these inputs and generates performance insights that projects can readily use to drive decisions. Disperse customers continue to have access to the comprehensive as-built reports that they lean on for stakeholder communications.
Track what matters with work-in-place insight of over 480 task components across Superstructure, Envelope / Façade, MEP, and Fit-Out.
Quickly visualize and validate any work-in-place with new interactive building elevations that filter by trade, task activity, object / component, and location.
Identify installations that do not conform to design drawings, that may require rework, or that may cause schedule delays with Spotlights, the early issue detection system, now actionable from within the platform. Spotlights also ensure no unexpected regressions occur by monitoring completed work.
Keep project teams focused on driving progress while ensuring stakeholders stay informed with automated executive summary, progress, cost, and earned value reports, as well as with schedule integrations (P6, ASTA, MSP).
Automated reports and insights are based on data that Disperse captures through our turn-key solution that integrates the image scans with project drawings, schedule, and when available, BIM model. This ensures project teams have consistent, quality scans that generate comprehensive as-built records once a project is complete.
Disperse captures the state of construction projects and provides actionable insights in a way that is scalable, accurate, and reliable so that project teams can focus on getting things done. Disperse products combine artificial intelligence and human expertise to empower project teams with insights from data that allows them to make better decisions with an objective project status, minimize risk with reliable as-built records, and improve stakeholder communication.